SKIC6001 Datasheet, PDF (1/4 Pages) Semikron International – SEMIDRIVER IGBT Driver Circuit

SKIC 6001
Absolute Maximum Ratings (Ta = 25 °C)
Symbol _Term
Values
V_DD15V
15 V supply voltage
18
(reference for output signals)
V_DD5V
5 V supply voltage
6
(reference for input signals)
V_iH
input signal voltage (HIGH) max.
V_iL
input signal voltage (LOW) min.
V_DD5V + 0,3
GND - 0,3
f_sw
switching frequency
50
T_op / T_{stg operating/storage temp.}
-40...+ 85
Units
V
V
V
V
kHz
°C
Electrical Characteristics (Ta = 25 °C)¹⁾
Symbol Term
Values
V_DD15V
15 V supply voltage
V_DD5V
I_S5V
I_S15V
t_d
t_TDswitch2) ³⁾
5 V supply voltage
supply current (V_DD5V); typ ⁴⁾
supply current (V_DD15V); typ ⁴⁾
propagation time
dead time interlock; typ.
t_supswitch
V_SU
short pulse suppression TOP-BOT
depending on input current
for input resistor of 4.75kΩ
supply under voltage monitoring using
V_DD15V
input signal TOP, BOTTOM,SELECT, TDT1, TDT2
15 ± 5%
5 ± 5%
5-10
20-30
125
off, 1, 2, 3, 4
70
13,0
ViT+
V_iT-
R_down
R_up
input threshold voltage (High)
input threshold voltage (Low)
internal pull down resistor (TOP;
BOTTOM)
internal pull up resistor (SELECT;
TDT1; TDT2)
3,7
1,5
66 ± 2
66 ± 2
ERROR Input Signals
V_ET+
input threshold voltage (High)
V_ET-
R_EUp
input threshold voltage (Low)
internal pull down resistor
t_swOSC
t_Td
oscillatory frequency DC/DC Converter
time of interlock of DC/DC Converter
Output Signal Error
> 3,7
< 1,5
22
500³⁾
250
I_outmax
V_outmax
V_outmin
max. output current at V_DD5V
max. output voltage
min. output voltage
±5
4,8
0,22
Units
V
V
mA
mA
ns
µs
ns
V
V
V
kΩ
kΩ
V
V
kΩ
kHz
ns
mA
V
V
SEMIDRIVER^
IGBT Driver Circuit
SKIC 6001
Preliminary Data
Package SOP 28
Features
IGBT-3-phase bridge driver circuit
with protection functions
• Interlock of TOP and BOTTOM
switches in each halfbridge
• Short pulse suppression
• Supply undervoltage protection
• Generation of the system clock
• Integrated DC/DC-converter
driver circuit
• Error monitoring
Typical Applications
• Driving of IGBTs
- for 3-phase bridge
configuration
- due to isolation (magnetic
transformer, optocoupler) can
be used for voltages > 1200 V
and high power applications
1) _{Values for VDD15V;VDD5V;fsw=25kHz}
2) _{input “SELECT” = LOW}
= no interlock
3) _{with fsw = 8 MHz at OSC1, OSC2}
4) _{stand by}
 by SEMIKRON
000913
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